KR20230140121A - Pet waste disposal container and dedicated disposal system thereof, method of operation, method of operation - Google Patents

Abstract

The present invention proposes a dog feces treatment device configured to issue feces bags and collect feces bags containing feces in order to dispose of dog feces. The dog waste disposal box of the present invention includes a waste bag issuer that issues a waste bag after authentication at the request of the dog owner, and a waste bag collection device that stores the waste bag containing dog waste for a certain period of time until it is collected by an external company. Includes flag. And the defecation bag issuing machine includes a storage unit for storing the loaded defecation bags, an outlet for supplying one defecation bag stored in the storage unit to the outside, a counting unit for checking the remaining number of defecation bags in the storage unit, and the defecation bag. Includes a reader for authentication upon receipt of the envelope. In addition, the defecation bag collector includes an inlet for inserting the defecation bag containing the feces, a storage space for storing the defecation bag containing the feces input through the inlet, a reader for an authentication procedure when the inlet is opened, and the storage space. Includes sensors that check usage.

Description

Dog excrement disposal box and excrement treatment system, method of operation {PET WASTE DISPOSAL CONTAINER AND DEDICATED DISPOSAL SYSTEM THEREOF, METHOD OF OPERATION, METHOD OF OPERATION }

The present invention provides an oxidative and biodegradable waste bag exclusively for dog waste, a dog waste treatment box configured to collect waste bags containing waste, and a waste-only waste bag capable of producing and recycling gas from the collected waste. It concerns processing systems and operating methods.

This is because the problem of separating and collecting dog excrement without contaminating the indoor/outdoor environment is an important issue for humans leading daily lives. If a dog owner accompanies their dog, it is okay to carry a poop bag, but if they are unable to carry a poop bag, they often leave the poop untouched. As a result, neglected defecation can cause various problems such as discomfort in walking, spread of germs, and water pollution.

And even if the dog owner carries a poop bag, if there is no place to dispose of it, there is the inconvenience of having to keep carrying it while going out or walking until returning home.

There is also a problem with disposing of dog waste bags. Most dog owners throw their waste bags in the general trash can or down the toilet, which not only increases household waste and is not good for hygiene, but can also cause discomfort when using the toilet. Also, to date, dog waste bags are made of non-rotten plastic bags rather than eco-friendly materials, causing environmental pollution problems.

Meanwhile, there is registered patent number 10-1972224 (dog defecation device) as a document for dog defecation. However, the toilet device according to these prior literature can mainly be used indoors and was inconvenient to carry when going out or walking.

Registered Patent No. 10-1972224 (pet toilet device, 2019. 04. 18)

The purpose of the present invention was to solve the problems described above, to issue oxidized and biodegradable waste bags exclusively for dog waste for dog owners who do not own waste bags, and to provide dog waste bags that can collect waste bags containing waste. Providing a waste disposal bin.

Another object of the present invention is to provide a dog waste disposal box that limits the use of waste bag issuance and collection services to registered members only and prevents foreign substances from entering the dog waste disposal box. Here, the exclusive member may be the owner of a dog whose animal registration has been completed.

Another purpose of the present invention is to enable producers to produce biogas and recycle the dog waste collected through professional collection companies into energy, and to enable recycling companies to 100% recycle the remaining waste as compost.

Another purpose of the present invention is to allow the profits generated from energy and compost recycling of dog excrement to be used by feedback to members as points, and to enable donations to dog-related organizations certified by the national or local government.

Another purpose of the present invention is to induce registration of dogs in the system through free use of dog waste bags, and to encourage registration of dog-related organizations in order to receive points (profits) from recycling of dog waste, thereby providing information on the status of dogs and This is to establish a healthy dog culture through systematic management.

Another object of the present invention is to prevent dog waste from being discarded as general waste by using plastic bags when collecting dog waste, or from contaminating the walking trail by leaving dog waste on the sidewalk or lawn without permission when there is no waste bag. By installing oxidized biodegradable waste bags and collection boxes specifically for dog waste in parks where people walk with their dogs or in multi-housing complexes, dog waste is not discarded as general waste and is recycled to prevent pollution of the natural environment.

Another purpose of the present invention is to reduce the stress experienced by dog owners in the process of handling their dog's bowel movements while walking, and to provide a related system and app to conveniently and autonomously handle bowel movements, making it easy to defecate anytime, anywhere. , by keeping the trails clean by treating them hygienically, the general public can eliminate negative prejudices against dog owners due to dog defecation, so that the general public and dog owners can enjoy each other's walks in the park.

The technical problems of the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the description below.

To achieve this purpose, a dog waste disposal box according to an embodiment of the present invention includes a waste bag issuer and a waste bag collector, wherein the waste bag issuer issues a waste bag after authentication at the request of the dog owner, The feces bag collector is characterized in that it stores the feces bag containing dog feces for a certain period of time depending on the input.

The feces bag issuing machine includes a storage unit that stores the loaded feces bags; An outlet for supplying the excrement bags stored in the storage unit to the outside one at a time; A counting unit that checks the remaining number of feces bags in the storage unit; A communication department that communicates with the outside world; And includes a reader for an authentication procedure upon receipt of the feces bag.

The storage unit includes a roller provided at the top of the storage unit; And it further includes an elastic means for supporting the loaded defecation bags and moving the loaded defecation bags upward whenever the defecation bags in contact with the outer peripheral surface of the roller are discharged to the outside through the outlet as the roller rotates.

The reader may be an RFID reader or QR code reader that reads an RFID tag or QR code issued upon initial registration of the dog.

The feces bag collector includes an external input port that is opened by member authentication; A scale configured to measure the weight of the feces bag within the external input port and to be tilted about one axis; an internal receptacle provided at the lower part of the scale; and an upper inlet formed at the top of the internal receptacle, and when the weight measurement of the defecation bag is completed, the upper inlet is opened and the scale is tilted so that the defecation bag is put into the inner receptacle.

A reader for an authentication process when the external input port is opened; A sensor that checks the usage of the storage space; and a communication unit that communicates with the outside.

The feces bag is an eco-friendly bag that is capable of oxidation and biodegradation, rather than a regular plastic bag.

The dog waste disposal box is equipped with a dog leash, and a roof screen made of CCTV and solar panels is installed around the dog waste treatment box.

A system dedicated to excrement processing according to another feature of the present invention includes a pet excrement processing unit having the above-described configuration; A user terminal for authentication to receive a waste bag from the dog waste disposal box and insert the waste bag containing waste into the dog waste disposal box; A management server that manages the dog waste disposal box; A collection company server that processes information for collecting waste bags containing waste stored in the dog waste disposal box; And it is configured to include a recycling company server that processes information for recycling the feces of the collected feces bags.

The management server manages registration and management of dogs, refilling of waste bags according to the remaining number of waste bags, collection of waste bags containing waste, and distribution of points according to recycling of waste.

The points can be donated to a dog support organization of the dog owner's choice.

A method of operating a feces disposal system according to another feature of the present invention includes a member registration process by inputting dog owner and dog information for use of a dog feces disposal box; And after membership registration, it is performed including a waste bag issuance process of issuing a waste bag from the dog waste disposal box to dispose of the dog's waste.

Authentication means for normal use of the dog waste disposal box is issued upon initial membership registration.

The process of issuing the waste bag further includes counting the remaining number of waste bags stored in the dog waste disposal box, and when the number of waste bags is less than a certain number, the dog waste disposal box transmits guidance information to the management server. do.

The operating method of the feces disposal system of the present invention further includes an input process of inserting a feces bag containing feces into the dog feces treatment box, the input process comprising: opening an external input port by member authentication; Providing a defecation bag on the scale in the external input port; When the weight of the defecation bag is measured, the upper inlet is opened, and the scale is tilted, including the step of putting the defecation bag into the inner receptacle through the upper inlet, checking the amount of use of the inner receptacle, and depending on the amount of use. The order to collect the waste bags is sent to the management server or the collection company server.

The management server converts the weight of the corresponding dog waste into points each time a waste bag is inserted, converts the weight into a DB, and stores it.

If the closing option according to the dog owner authentication procedure is not performed after the feces bag is inserted, a warning message is broadcast and the inlet is forcibly closed.

The operating method of the feces disposal system of the present invention includes the process of collecting feces bags containing feces; And it further includes a feces recycling process of recycling the collected feces, and in the collection process, the weight of the dog feces is converted into points, converted to DB, and stored.

The profits obtained by recycling the dog waste into biogas production and compost are paid in points according to the weight of the dog waste provided by members, and the points can be fed back to members or donated to selected organizations among registered dog support organizations. there is.

According to the present invention, the dog owner can receive and use a dog-specific waste bag at any time while walking without the need to carry a waste bag, and can immediately dispose of the waste bag containing the waste, so that the dog's waste is not on the street. It can prevent neglect, block the spread of germs, and keep park trails and streets pleasant and clean.

According to the present invention, as the number of dogs increases, it is possible to solve the problem of dog defecation, which is increasingly causing conflicts between dog owners and the general public due to dog defecation being carelessly discarded on trails or lawns without properly disposing of dog defecation in parks and lawns. It has the effect of creating an environment where residents can enjoy a pleasant walk on the trails within a multi-family housing complex.

According to the present invention, environmental pollution can be minimized because dog waste bags are replaced with materials capable of oxidation and biodegradation.

According to the present invention, collected feces bags can be recycled into bio gas and compost, generating a certain amount of profit, and in order to receive support for the profits, the facilities of dog-related organizations (abandoned dog shelters, animal sales companies, etc.) Registration can be encouraged and the proliferation of unregistered companies can be prevented.

According to the present invention, the national or local organization encourages dog owners to voluntarily register in the system to use dog waste bags for free, and shares major policies and changes with dog owners in real time through the app. This is effective in establishing a healthy dog culture through dog status and systematic management.

According to the present invention, it is possible to conveniently dispose of dog excrement and generate profits by accumulating predetermined points, thereby naturally encouraging dog owners to register their dogs, thereby enabling systematic management of dogs.

1A and 1B are a front view and a perspective view showing a dog waste disposal container according to a preferred embodiment of the present invention.
Figure 2 is a block diagram showing the dog excrement disposal container of Figure 1.
3A to 3C are diagrams illustrating the design of a dog waste disposal box according to the present invention.
Figure 4 is an overall configuration diagram of the feces disposal system including the dog feces treatment box of the present invention.
Figure 5 is a flowchart explaining the method of using a dog waste disposal box and the waste recycling process according to an embodiment of the present invention.
Figure 6 is a flow chart illustrating a method of processing profits (points) resulting from recycling of dog excrement according to the present invention.

Since the present invention can be modified in various ways and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all transformations, equivalents, and substitutes included in the spirit and technical scope of the present invention. In describing the present invention, if it is determined that a detailed description of related known technologies may obscure the gist of the present invention, the detailed description will be omitted.

Terms such as first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another.

The terms used in the present invention are only used to describe specific embodiments and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Spatially relative terms such as below, beneath, lower, above, upper, etc. facilitate the correlation between one element or component and other elements or components as shown in the drawing. It can be used to describe. Spatially relative terms should be understood as terms that include different directions of the element during use or operation in addition to the direction shown in the drawings. For example, when an element shown in a drawing is turned over, an element described as below (below, beneath) another element may be placed above (upper) the other element. Accordingly, the illustrative term below may include both downward and upward directions. Elements can also be oriented in other directions, so spatially relative terms can be interpreted according to orientation.

As used in the present invention, expressions indicating a part such as “part” or “part” mean that the corresponding component is a device that can include a specific function, software that can include a specific function, or a device that can include a specific function. It means that it can represent a combination of and software, but it cannot be said that it is necessarily limited to the expressed functions. This is only provided to help a more general understanding of the present invention, and is provided to those with ordinary knowledge in the field to which the present invention pertains. Various modifications and variations are possible from this description.

Accordingly, the spirit of the present invention should not be limited to the described embodiments, and the scope of the patent claims described below as well as all things that are equivalent or equivalent to the scope of this patent claim shall fall within the scope of the spirit of the present invention. .

Hereinafter, the present invention will be described in more detail based on the embodiments shown in the drawings.

FIGS. 1A and 1B are diagrams showing a dog excrement treatment container according to a preferred embodiment of the present invention, and FIG. 2 is a block diagram showing the dog excrement disposal treatment of FIG. 1 .

As shown in the drawing, the dog waste disposal box 100 includes a waste bag issuer 200 and a waste bag collector 300. However, the dog waste disposal box 100 according to an embodiment of the present invention is shown to be configured with a waste bag issuer 200 and a collector 300 in the main body housing 110 of the waste disposal box 100. Of course, the issuing machine 200 and the collecting machine 300 may be configured in separate housings. In this case, the issuing machine 200 and the collecting machine 300 can be selectively installed in the same or different places depending on the installation environment or conditions. You will be able to install it as much as you like.

In the dog waste disposal box 100 of the present invention, the waste bag issuer 200 is a part that stores and issues waste bags exclusively for dogs, and includes a waste bag storage unit 210 and a waste bag outlet 220.

The defecation bag storage unit 210 has a structure in which defecation bags are loaded and stored, and are discharged one by one through the defecation bag outlet 220. The configuration of the storage unit 210 can be designed so that when the top defecation bag located on the exit 220 side is issued while the defecation bags are loaded, the defecation bags below it are located at the exit. For example, an elastic means 212 may be provided on the lower side of the storage unit 210, and the storage unit 210 may be raised upward by elastic force whenever the number of defecation bags is reduced. And a roller 211 is provided on the inner upper part of the defecation bag storage unit 210, and the defecation bag in contact with the outer peripheral surface of the roller 211 (i.e., the uppermost defecation bag) is rotated by the roller 211. Each sheet is discharged through the outlet 220.

In addition, the poop bag storage unit 210 includes a count unit 213 and a communication unit 214 that check the remaining number of poop bags. The count unit 213 may calculate the number of defecation bags discharged through the outlet 220 by subtracting the number of defecation bags initially provided. The reason for checking the remaining number of defecation bags is to notify the manager when the predetermined number is reached and refill the defecation bags. This can prevent dog owners from not being able to use the litter bags because they are all used up.

The excrement bag outlet 220 is provided with a door 230 that can be opened and closed. The door 230 is opened and closed through an authentication procedure. The authentication process is carried out through an RFID tag or QR code issued when the dog is first registered. For this purpose, an RFID reader 240 and a QR code reader 250 are provided at predetermined locations of the poop bag issuing machine 200.

The feces bag is an eco-friendly bag that is capable of oxidation and biodegradation, rather than a regular plastic bag.

In the dog waste disposal box 100 of the present invention, the waste bag collector 300 is a part where the waste bag containing the dog's waste is stored. The defecation bag collector 300 is provided with a storage space (S, i.e., internal receptacle) for storing defecation bags containing feces. And the defecation bag collector 300 has an external input port 310 for inserting the defecation bag, a weight detection sensor 360 for measuring the weight of the defecation bag, and inserting the weighed defecation bag into the storage space (S). It includes an upper inlet 312 for.

The weight sensor 360 may be, for example, a scale. The weight detection sensor 360 is used to detect the weight of dog excrement, and through this, it is possible to manage the daily/monthly excrement amount of the dog. In addition, the external inlet 310 and the upper inlet 312 may be, for example, a sliding door or a door that rotates around a hinge axis, and the external inlet 310 is used in the authentication process like the above-described feces bag outlet. It is opened and closed by For the authentication process, the feces bag collector 300 is also equipped with an RFID reader 320 and a QR code reader 330.

And when the weight measurement is completed with the feces bag placed on the weight sensor 360, the weight sensor 360 is automatically inserted into the storage space (S) through the upper inlet 312 at the bottom. It has a structure where one end is inclined toward the open portion of the upper inlet 312.

Meanwhile, the feces bag collector 300 includes a sensor 340 and a communication unit 350 that check the amount stored in the storage space (S). This is to detect that the storage space (S) is used more than a certain amount (ex, more than 2/3) through the sensor 340 and notify the manager or collection company through the communication unit 350.

As shown in Figure 1, the dog waste disposal box 100 is equipped with a dog leash holder 120 so that the dog owner can conveniently use the waste bag issuer 200 or the collector 300. In addition, a CCTV (130) is installed around the dog waste disposal box (100), and a screen (140, roof) made of a solar panel is located on the upper side. Energy from solar heat can be used as a power source to drive the dog waste disposal box 100.

According to this configuration of the dog excrement disposal box 100, various problems caused by dog excrement can be solved.

3A to 3C are diagrams illustrating the design of a dog waste disposal box according to the present invention. As shown, the dog waste disposal box 100 is configured so that the front cover 10 can be opened so that the internal waste container can be easily removed. The front cover 10 is inclined to go downward to improve user accessibility, and the top plate is also inclined to minimize or prevent waste bags and residue.

And a display unit 370 is provided above the front cover 10. The display unit 370 is formed inclined at a predetermined inclination angle to improve user visibility. The display unit 370 displays various information such as the amount of storage space (S) used in the internal waste bin. In addition, an infrared sensor is attached to notify the replacement time of the internal waste bin, display weight and volume information, and provide a backlog status indicator lamp.

Furthermore, the inside of the dog waste disposal box 100 is provided with a storage container 22 containing an eco-friendly odor remover for removing odor and a spray device 20 for spraying the odor remover. The spray device 20 removes odor by spraying a predetermined amount at a set time or each time a feces bag is inserted. In the embodiment, when odor removal is sprayed through the spray device 20, an odor removal effect can be expected for about 120 minutes.

Meanwhile, in FIG. 3C, reference numeral 371 refers to an LED and 372 refers to a volume sensor. In this way, the dog waste disposal box 100 of the present invention can be further equipped with various elements or parts to perform its functions.

Figure 4 is an overall configuration diagram of the feces disposal system including the dog feces treatment box of the present invention. Referring to Figure 4, it may include a dog waste disposal box 100, a management server 400, a collection company server 500, a recycling company server 600, and a user terminal 700.

The dog waste disposal box 100 is installed in parks, apartments, housing complexes, etc., and the owner of a dog registered under the Animal Protection Act can use the mobile app 710 or the RFID tag 720 to issue a waste bag or to remove the waste. You can throw away the feces bag. And, as described above, the issuing machine 200 and the collecting machine 300 can be configured as one unit or configured and installed separately.

The management server 400 is a server of the operating entity that manages the dog waste disposal box 100. The management server 400 registers and manages dogs, refills feces bags, and is linked with the collection company server 500 and the recycling company server 600 to overall manage the collection of feces bags and recycling of feces. Additionally, the management server 400 issues a QR code or RFID tag 720 as an authentication medium so that the dog owner can use the dog waste disposal box 100. The QR code can be used through the mobile app 710 installed on the user terminal 700, and the RFID tag 720 is provided in physical form. Both the QR code and the RFID tag 720 are issued by the management server 400 when the dog is first registered in the management server 400.

Meanwhile, the management server 400 can manage personal information entered by the dog owner, various information about the dog, and various information such as dog excrement treatment facilities, etc., by forming a database as shown in Tables 1 and 2 below.

[Table 1]

[Table 2]

The collection company server 500 is a company server that collects dog waste bags.

The recycling company server 600 is a company server that recycles dog waste collected by a collection company into bio gas or compost. Points (profits) can be generated when dog waste is recycled, and these profits can be distributed in a certain ratio with the dog owner and the management server (400). And since it is possible to generate profits by recycling dog waste, unregistered private companies can be motivated to voluntarily register with the state or local government to receive support from these profits and become transparent management targets.

Here, the profits can be provided to the dog owner in the form of points and accumulated. The accumulated points can be used by the dog owner or donated to a dog support organization of the dog owner's choice.

The user terminal 700 includes a mobile app 710, and the mobile app 710 can check the installation location of the dog excrement disposal box 100, report use, breakdown/contamination, inconvenience and improvement, and various information about the dog. (Registration, weight, type, vaccination status, etc.), community use, and regional information for dogs (veterinary hospital, grooming, training, hotel, cafe, etc.) can be provided and used.

Figure 5 is a flowchart explaining the method of using a dog waste disposal box and the waste recycling process according to an embodiment of the present invention.

To use the dog waste disposal box (100), you must complete the membership registration process (S100), the waste bag issuance process (S200), the waste bag insertion process (S300), the waste bag collection process (S400), and the waste recycling process (S500). ) may include.

The membership registration process (S100) according to this embodiment is a process in which the dog owner who owns the dog signs up and registers using his or her user terminal 700 or PC. Alternatively, you can visit the actual company and register.

When registering as a member, when using the user terminal 700, you can download and install the mobile app 710 and then enter the dog information along with the dog owner's own information (S110). The registration process through a PC or by visiting a company can also be performed through normal input of dog owner information and dog information. And when registering as a member, the dog owner can install the QR code required to use the dog waste disposal box 100 on the user terminal 700 or apply for and receive an RFID tag 720 (S120).

By performing this membership registration process, the dog owner does not need to register the animal separately, and the information entered during membership registration can be automatically uploaded to the animal protection management system, allowing the country or local government to systematically manage the pet dog. You can.

The poop bag issuance process (S200) according to this embodiment is a process of issuing a poop bag from outside when the dog owner does not carry a poop bag. When going out or walking with your dog, if you have a bag containing your dog's waste, you can use the bag you have. However, if you do not have a poop bag, you can receive a poop bag from a dog poop disposal box (or poop bag issuance machine).

In order to receive a waste bag, the dog owner can use the mobile app 710 to check the installation location of the dog waste disposal box 100 closest to the current location (S210).

When the location of the dog waste disposal box 100 is confirmed, the dog owner contacts the QR code or RFID tag 720 with the reader 240 or 250 of the waste bag issuer 200 (S220). Then, the poop bag issuing machine 200 opens the door 230 (S230) and discharges the poop bag so that the dog owner can receive the poop bag (S240). More than two feces bags are not discharged at once, but are discharged one at a time through the exit. This means that as the roller 211 provided at the top of the defecation bag storage unit 210 is driven, only the defecation bag in contact with the outer peripheral surface of the roller 211 (i.e., the uppermost defecation bag) can be discharged by rotation of the roller. there is. Of course, this example of the discharge method is only one example, and other discharge structures can be applied as many times as desired.

Here, it is desirable to limit the supply of poop bags so that more dog owners can use the poop bags. For example, one pet dog can only be supplied twice a day at intervals of at least 3 hours. Of course, if a dog owner walks two dogs, he or she may be able to receive four poop bags per day.

Meanwhile, the counting unit 213 provided in the poop bag storage unit 210 determines whether a poop bag is issued in response to the dog owner's request for poop bag issuance, and counts the remaining number of poop bags (S250). And when the number of feces bags is less than the predetermined number, notification information is transmitted to the management server 400 through the communication unit 214 to refill the feces bags (S260). Therefore, it is possible to resupply the waste bags before they are all used up.

The fecal bag insertion process (S300) according to this embodiment is a process in which the dog owner inserts a fecal bag containing feces into the storage space (S, internal receptacle) of the feces bag collector (300). To insert a feces bag, the dog owner contacts the QR code or RFID tag (720) with the reader (320 or 330) of the feces bag collector (300) (S310).

Then, the external input port 310 is opened, and in the open state, the dog owner places the defecation bag on the weight detection sensor 360 (i.e., scale) (S320). And the weight sensor 360 measures the weight of the feces bag, and when the weight measurement is completed, the upper inlet 312 of the storage space (S) is opened (S330). In this state, the weight sensor 360 is tilted in one direction, and the defecation bag on it is inserted into the storage space (S) through the upper inlet 312 (S340). And when the dog owner contacts the QR code or RFID tag 720 with the reader (320 or 330) of the waste bag collector 300 again after inserting the waste bag (S350), the input port 310 is closed (S360).

At this time, if the closing option of contacting the OR code or RFID tag 720 again to the reader 320 or 330 after insertion is not executed (S352), the feces bag collector 300 will close after a predetermined time (e.g. 10 seconds) has elapsed. A warning message is issued a predetermined number of times (e.g., 3 times) and the door is automatically driven so that the inlet 310 is automatically closed.

On the other hand, due to the designated space (S) inside the defecation bag collector 300, it is difficult to collect the defecation bags anymore when the defecation bags are filled beyond a certain level. That is, if there is no free space in the internal space (S) for inserting the feces bag, it is difficult for the dog owner to dispose of the feces bag, and thus the dog owner can leave the feces bag near the feces bag collector 300 without permission, causing another problem. It can result.

Therefore, the sensor 340 of the waste bag collector 300 continuously checks the usage of the internal space (S) (S370), and before the internal space (S) is filled beyond a certain level, the management server 400 or the collection company server Make automatic notification at (500) (S380).

Meanwhile, in the feces bag collection process (S400) according to this embodiment, when the automatic notification information described above is received, the pet feces bag is visited and collected. As shown in FIG. 3A, the waste bag can be collected simply after the collection company worker opens the front cover 10 of the dog waste disposal box 100 and pulls out the inner waste bag to the outside. After completion of collection, the internal receptacle is placed back into the dog waste disposal box (100).

And in the feces recycling process (S500), when a recycling company receives feces bags, it produces bio gas or recycles them as energy, and the remaining feces are recycled as compost. It is possible to use 100% of dog waste collected through the recycling process.

Figure 6 is a flow chart illustrating a method of processing profits (points) resulting from recycling of dog excrement according to the present invention.

Referring to Figure 6, when the dog owner inserts a waste bag containing waste into the waste bag disposal box 100 (S600), the weight of the dog waste is converted into points, converted to DB, and stored. At this time, the management server 400 can check the dog owner information according to the authentication procedure performed when the feces bag is inserted.

Afterwards, a collection company collects the waste bags (S610), and the waste from the collected waste bags is produced as energy such as biogas by a recycling company and is further used as compost to be 100% recycled (S620).

When dog waste is recycled through this process, the management server 400 awards points based on the weight of the dog waste discarded by members with the proceeds obtained from recycling (S630). At this time, points can also be paid when the dog owner inserts the waste bag into the waste bag disposal box (100).

Points paid by the management server 400 can be used by the dog owner. For example, you can select a dog-related organization and donate (S640). At this time, dog-related organizations that receive points are only those organizations or companies that have been certified and registered in compliance with the regulations set by the national or local government. Therefore, unregistered organizations or companies can be motivated to voluntarily register with the state or local government in order to receive point support from dog owners.

Additionally, the points can be used by dog owners to purchase pet supplies or snacks. It can be used for various purposes according to the operating rules of the management server (400).

As described above, the present invention efficiently solves the problem of not being able to dispose of dog excrement due to insufficient use of excrement bags and the problem of failing to immediately dispose of excrement bags containing dog excrement, etc., by installing a dog excrement disposal box in parks or walking trails. It can be seen that the free use and convenience of waste disposal can be expected to encourage registration of dogs and registration of unregistered companies to receive support for profits generated through recycling of dog waste.

As described above, the present invention is described with reference to the illustrated embodiments, but these are merely illustrative examples, and those of ordinary skill in the art to which the present invention pertains can make various modifications without departing from the gist and scope of the present invention. It will be apparent that variations, modifications, and equivalent other embodiments are possible. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the attached claims.

100: Dog excrement disposal box 110: Main housing
120: Dog leash hanger 130: CCTV
140: Screen 200: Feces bag issuing machine
210: defecation bag storage unit 211: roller
212: elastic means 213: counter part
214, 350: Communication Department 220: Exit bag exit
240, 320: RFID reader 250, 330: QR code reader
300: Fecal bag collector 310: Inlet
340: Sensor 360: Weight detection sensor
370: Display unit 400: Management server
500: Collection company server 600: Recycling company server
700: User terminal 710: Mobile app
720: RFID tag
10: Front cover 20: Injector
22: storage container
S: storage space

Claims (9)

Includes a feces bag issuing machine and a feces bag collection machine,
The feces bag issuing machine issues feces bags after authentication at the request of the dog owner,
The feces bag collector processes dog feces, characterized in that the feces bag containing dog feces is stored for a certain period of time according to the input. According to claim 1,
The feces bag issuing machine,
A storage unit for storing loaded excrement bags;
An outlet for supplying the excrement bags stored in the storage unit to the outside one at a time;
A counting unit that checks the remaining number of feces bags in the storage unit;
A communication department that communicates with the outside world; and
Processing of dog waste, including a reader for authentication process upon receipt of the waste bag. According to clause 2,
The reader is,
The RFID reader or QR code reader reads the RFID tag or QR code issued when the dog is first registered, and disposes of the dog's waste. According to claim 1,
The feces bag collector,
External input port opened by member authentication;
A scale configured to measure the weight of the feces bag within the external input port and to be tilted about one axis;
an internal receptacle provided at the lower part of the scale; and
It includes an upper inlet formed at the top of the internal receptacle,
When measuring the weight of the feces bag is completed, the upper inlet is opened, the scale is tilted, and the feces bag is placed into the internal receptacle to dispose of dog feces. According to clause 4,
A reader for an authentication process when the external input port is opened;
A sensor that checks the usage of the storage space; and
Disposal of dog excrement, further including a communication unit for communicating with the outside. Disposal of dog excrement comprising the composition of any one of claims 1 to 5;
A user terminal for authentication to receive a waste bag from the dog waste disposal box and insert the bag containing waste into the dog waste disposal box;
A management server that manages the dog waste disposal box;
A collection company server that processes information for collecting waste bags containing waste stored in the dog waste disposal box; and
A defecation-only processing system, characterized in that it includes a recycling company server that processes information for recycling the defecation of the collected defecation bags. Membership registration process by entering dog owner and dog information to use the dog waste disposal box; and
A method of operating a defecation-only processing system, characterized in that, after membership registration, a defecation bag issuance process is performed in which a defecation bag is issued from the dog defecation disposal box for processing the defecation of the dog. According to clause 7,
It further includes an input process of inserting a feces bag containing feces into the dog feces disposal box,
The input process is,
Opening the external input port by member authentication;
Providing a defecation bag on the scale in the external input port;
When the weight of the feces bag is measured, the upper inlet is opened, and the scale is tilted, including the step of putting the feces bag into the internal receptacle through the upper inlet,
A method of operating a defecation-only disposal system that checks the amount of usage of the internal receptacle and guides a collection order for defecation bags to a management server or collection company server according to the amount of usage. According to clause 7,
The management server is a method of operating a defecation-only processing system in which each time a defecation bag is inserted, the weight of the corresponding dog defecation is converted into points and converted into a DB and stored.